Verifiable Compute
Every inference is bound to attested hardware and a zero-knowledge proof. Evidence travels with the output.
Explore the Protocol
Sovereign Layer 1
The trust layer for regulated AI.
Cryptographic evidence for every AI inference. Policy controls enforced in hardware. Portable trust artifacts that settle on-chain.
The Problem
AI is powerful. AI is opaque. Regulated systems need both.
Aethelred is built for environments where performance alone is not enough — outputs must also be provable, governable, and ready for regulated deployment.
Pillars
Three pillars of verifiable infrastructure.
Digital Seals
Portable trust artifacts. Execution evidence, verification signals, and compliance metadata bound to every output.
Learn about Digital SealsSovereign Compliance
Policy-aware routing and evidence architecture for regulated jurisdictions and sovereign deployment corridors.
Review Security
Architecture
Six steps from request to sealed evidence.
Commit → Schedule → Attested Inference → Proof Generation → On-Chain Settlement → Digital Seal. Deterministic settlement, attested hardware, and policy-aware controls work together in a single verified pipeline your application can consume without re-running the job.
Regulated Sectors
Built for finance, healthcare, defense, supply chains, and autonomous machine systems.
Aethelred is designed for environments where AI outputs must be more than useful. They must become verifiable records that legal, audit, operations, and machine counterparties can trust across organizational boundaries.
Security
Hybrid verification, fail-closed by default.
Every inference goes through both TEE attestation and zero-knowledge proof generation. If either fails, the workload does not settle. Release bundles, operator rehearsals, and governed disclosure policies enforce the discipline enterprise AI actually needs.
Ecosystem
A validator network for institutional compute.
Professional validators, active enterprise pilots, and technical partners run the hardware that makes verifiable inference possible. Participation is permissioned through performance, not capital — and every validator emits public evidence of its attestation quality.
Roadmap
Testnet to mainnet in three steps.
Q1 2026
Testnet v1.0
Core protocol deployment. PoUW consensus, TEE attestation, and basic validator operations.
CompletedQ2 2026
Public Testnet
External validator onboarding. SDK release for Python, TypeScript, Rust, Go.
In ProgressQ3 2026
Security & Audit
External security audit completion. Benchmark pack verification.
Upcoming
Get Started
Bring verifiable intelligence into production.
Explore the architecture, review the use cases, and connect with the team building the trust layer for AI-native systems.